TWI389567B - Internet TV playback system, playback method and the implementation of its computer program products - Google Patents

Description

Internet TV broadcasting system, playing method and computer program product for executing the same

The invention relates to a network television playing system, in particular to a television station database stored by a servo host, which stores a form of a connectable television station, and the client host obtains a connectable television station form by plugging in a network television player. A system and method for watching Internet TV.

Most people integrate the Internet into their own lives, regardless of academic, work, business, shopping, etc., all of which combine network operations.

The Internet has become an indispensable part of modern life. Because of its entertainment and growth features, with the rapid development of Internet technology, TV companies have followed the digitalization process to provide users with Internet access. Way, watch online TV.

However, today's Internet TV viewing methods often require many settings or search for TV channel servers in the Internet TV program to watch Internet TV. This is inconvenient for users who do not have computer and network knowledge. Moreover, the list of TV stations provided by the Internet TV program is often updated due to the stream address of the TV server or the service is no longer provided, and some Internet TV programs cannot be connected to the Internet TV station. Caused a lot of troubles in use.

Therefore, how to enable users to use the electronic devices connected to the network to watch Internet TV without or without the ability of network parameter setting is a problem that vendors should consider at present.

In view of the above, the problem to be solved by the present invention is to provide a network television playing system, a playing method, and a computer program product for executing the same, which are provided by a network television player without setting or searching for a network television station. Internet TV is available.

In order to solve the above system problem, the technical means provided by the present invention discloses a network television playing system, which comprises a server host, a client host and a network television player.

The servo host is used to connect to the network and has a TV station database. The TV station data stock has a connectable TV station form, and the server can automatically update the connectable TV station form of the TV station database periodically or immediately. The client host is used to connect to the server and has a hot-swappable and plug-and-play transmission interface and a display screen. The network television player is plugged into the client host via a transmission connector to connect to the hot-swappable and plug-and-play transmission interface of the client host. The network TV player includes a network television player, and the network television player connects the server to obtain a connectable TV form for playback on the display screen.

In order to solve the above method problem, the technical means provided by the present invention discloses a network television playing method, which is as follows: a television station database of a servo host is used, which stores a form of connectable television station, and the servo host system automatically Update the connectable TV station form of the TV station database. Obtaining a hot-swappable and plug-and-play transmission interface signal plugged into a client's host computer to activate a network TV built into the network TV player using its automatic execution function Program. The network TV player is used to obtain the video stream of the connectable TV station form transmitted by the servo host for playing.

In order to solve the above-mentioned device problem, the technical means provided by the present invention discloses a network television player that is plugged into a client host having a hot-swappable and plug-and-play transmission interface. The network television player includes a microcontroller, and the microcontroller controls the network television player to communicate with a client host corresponding to one of the same interface of the transmission interface, and the network television player has a memory built in the network. TV player.

In order to solve the above-mentioned program problem, the technical means provided by the present invention discloses a network television playing program, which is stored in a network television player, and includes the following steps: the application network television player is plugged into a client host. One of the hot-swappable and plug-and-play transmission interface signals to launch a network TV player. The network television player network connects to a server and obtains a video stream that can be connected to the television station form via the servo host to play.

In addition, the network television broadcast program of the present invention can also be presented in the form of a computer program product, and the network television program recorded in the computer program product can be read and executed through an electronic device, and the same method can be implemented to solve the same problem. And achieve the same effect.

The data collection system, method and computer program product of the invention are automatically connected to a client computer by using a network television player to automatically execute a network television broadcast program to obtain a form of connectable television station stored by the server host, and provide Users do not need to set or search for Internet TV stations to easily watch Internet TV. Even if the user does not have or lacks the ability to set network parameters, they can still use the electronic devices connected to the network to watch Internet TV.

In order to further understand the object, structural features and functions of the present invention, the related embodiments and drawings are described in detail as follows:

1A, FIG. 1B, FIG. 1C and FIG. 1D, FIG. 1A is a block diagram of a system according to an embodiment of the present invention, FIG. 1B is a system architecture diagram of an embodiment of the present invention, and FIG. 1C is a network television according to an embodiment of the present invention. An example of a control interface diagram of a play program is shown in FIG. 1D as another example of a control interface diagram of a network television play program according to an embodiment of the present invention. The system includes a network television player 10, a client host 100 and a server host 200. In this embodiment, the client host 100 and the server host 200 are connected to each other.

The network television playing system of the present invention is composed of a server host 200, a client host 100 and a network television player 10. The server host 200 has a TV station database 220, a TV station test module 210 and a media processor 230. The client host 100 has a hot-swappable and plug-and-play transmission interface 103, a network module 110, and a central processing unit 120. The sound module 130 and the display screen 140, the network television player 10 has a microcontroller 11, a transmission connector 12, a memory 13 and a control interface 15, and a memory television program 14 is stored in the memory 13.

The TV station database 220 of the server host 200 stores the member data 221 and the connectable TV station form 222, and the TV station test module 210 periodically connects to the stream address of each network television station 300 in the connectable TV station form 222. The server of the network television station 300 tests whether the network television station 300 can be connected to view, thereby updating the data of the connectable television station included in the connectable television station form 222 and the connection stability data of each television station.

When the user wants to watch the Internet TV, the user can directly plug the network TV player 10 into the hot-swappable and plug-and-play transmission interface 103 of the client host 100, or the network television player 10 The memory card interface (Memory-Card Interfaces) of the information converter is inserted into the card reader 104 (such as the card reader 104 shown in FIG. 2), and then connected to the client host 100 via the connector of the information converter. The plug-in and plug-and-play transmission interface 103 or the memory card interface of the information converter built into the client host 100.

At this time, the network television player 10 will be driven by the microcontroller 11 and the client host 100 to automatically execute the network television player 14 stored in the memory 13. The network television player 14 outputs the device code of the network television player 10 or provides a control interface 15 for the user to input the user code to log in to the server host 200.

The network module 110 of the client host 100 can adopt Transmission Control Protocol/Internet Protocol (TCP/IP), Wireless Local Area Network (WLAN) or 3G communication network (3rd). -generation communication network) and the like to connect to the server 200.

The media processor 230 of the server host 200 first analyzes whether the obtained device code or user code matches the member profile 221 recorded in the television library 220, and then encapsulates the connectable television station form 222 by the media compression code conversion specification. The video stream is transmitted to the client host 100.

The central processing unit 120 parses the video stream by the same media compression coding conversion specification, and loads the connectable television station form 222 to the network television player 14. The control interface 15 provided by the network television player 14 is displayed on the display screen 140. The control interface 15 lists a list of the network television stations 300 that can be connected for viewing. The network module 110 of the client host 100 will receive the video stream from the server corresponding to the network television station 300 according to the selection result, and after being parsed by the central processing unit 120 of the client host 100, the network television station 300 is displayed by the display screen 140. The image of the television program being played, and the sound of the television program is played by the sound module 130 for the user to watch the television program.

Referring to FIG. 1C and FIG. 1D simultaneously, the network television player plays the obtained video stream in two ways. One is that the network television player has a play frame, and the video stream is played in the play frame. The other is to generate a play window by the network television player to play the image contained in the video stream in the play window 161.

The client host 100 can be a personal computer, a mobile communication device or a personal digital assistant (PDA), and the hot plug and plug and play transmission interface 103 is a universal serial bus (USB). , IEEE 1394 (Firewire), integrated electronic drive (Integrated Drive Electronics, IDE) or SDIO (Secure Digital Input / Output). The network television player 10 can be a memory or a memory card, and the memory 13 is a flash memory. The media compression coding conversion specification is the H.264 standard, the MPEG-4 standard, the Advanced Audio Coding (AAC) standard, or the Adaptive Multi-rate (AMR) standard.

Please refer to FIG. 2 , which is a schematic diagram of a first client host 100 according to an embodiment of the present invention. The client host 100 is a computer 101, which is connected to the server host 200 through a network. The client host 100 is provided with a card reader 104 for inserting a magnetic card 105 in which the network television player 14 is stored, and reading the card. The machine 104 has a built-in control module. When the card reader 104 determines that the network television player 14 is stored in the inserted magnetic card 105, the network television player 14 is automatically activated. The network television player 14 executes a program for one of the computers 101. At the time of startup, the user connects to the remote server host 200 through the computer 101 networking function.

Please refer to FIG. 3 , which is a schematic diagram of a second client host 100 according to an embodiment of the present invention. The client host 100 is composed of a USB flash drive 102 and a networkable computer 101. The USB flash drive 102 is connected to the computer 101 through a transmission interface 103. The transmission interface 103 can be a Bluetooth interface and a universal serial port. Interface (Universal Serial Port, USB) or IEEE-1394 interface (Institute of Electrical and Electronics Engineers; specifications developed by the World Electromechanical Engineering Society). A control module is built in the portable disk 102. When the portable disk 102 is connected to the computer 101, the portable disk 102 enables the control module to activate the network television playing program 14 stored in the portable disk 102.

Please refer to FIG. 4 , which is a schematic diagram of a third client host 100 according to an embodiment of the present invention. The client host 100 can be a card reader 104, a magnetic card 105 and a networkable computer 101. The card reader 104 has a control module built therein, and the network card 105 stores a network television player 14 therein. When the card reader 104 determines that the network television player 14 is stored in the inserted magnetic card 105, the network television player 14 is automatically activated. The network television player 14 executes a program for one of the computers 101. At the time of startup, the user connects to the remote server host 200 through the computer 101 networking function.

Please refer to FIG. 5 , which is a schematic diagram of a fourth client host 100 according to an embodiment of the present invention. The mobile communication device 106 is configured with a card reader 104 for inserting a magnetic card 105 in which the network television player 14 is stored. The card reader 104 has a control module built therein. When the card reader 104 determines that the network television player 14 is stored in the inserted magnetic card 105, the network television player 14 is automatically activated. The mobile communication device 106 is, for example, a 3G mobile phone or a Personal Digital Assistant (PDA).

Please refer to FIG. 6 , which is a flow chart of an embodiment of a method for playing a network television according to the present invention. Please refer to FIG. 1A to FIG. 5 for details. The online TV broadcast method mainly includes the following processes:

A television station database 220 of a server host 200 is stored, which stores a connectable TV station form 222, and the server 200 automatically updates the connectable TV station form 222 of the station database 220 (step S110). As described above, the TV station database 220 of the server host 200 stores the connectable TV station form 222 and the member profile 221, and the TV station test module 210 periodically time-streams the address of each network television station 300 in the message of the network television station 300. , automatically connecting to the server of the network television station 300 to test whether the network television station 300 can be connected to watch, to update the connectable television station form 222 including the information of the connectable television station and the connection stability data of each television station to ensure The connectable television station form 222 received by the user can be viewed.

Obtaining a signal that the network television player 10 is plugged into one of the hot-swappable and plug-and-play transmission interfaces 103 of the client host 100 to activate the built-in network television player 10 by applying its automatic execution function. A network television player 14 (step S120). As described above, when the user plugs the transmission connector 12 of the network television player 10 into the hot plug and plug and play transmission interface 103 of the client host 100, the microcontroller of the network television player 10 The interface communication with the client host 100 generates a signal, which triggers the built-in network television player 14 of the memory 13 of the network television player 10 to be automatically executed.

The video stream of the connectable TV station form 222 transmitted by the server host 200 is acquired by the network television player 14 for playback (step S130). As described above, the user inputs the user code and password through the control interface 15, or the device code outputted by the network television player 14 to output the network television broadcast is transmitted to the server 200. The server host 200 compares the user code or device code with the member profile 221, and when the data matches, causes the network television player 14 to log into the server host 200.

The media processor 230 encapsulates the connectable television station form 222 into a video stream by the media compression code conversion specification for transmission to the client host 100. The central processing unit 120 of the client host 100 parses the video stream by using the same media compression code conversion specification to load the connectable TV station form 222 to the network television player 14 and the network television player 14 through the control interface 15 A list of network television stations is displayed, and the control interface 15 is displayed by the display screen 140 for the user to select. The network television player 14 obtains the network television station 300 selected by the user, and causes the client host 100 to select the relevant network television station 300 via the network module 110 to receive the video stream of the selected network television station 300. . The video stream is decoded by the central processing unit 120 of the client host 100 to generate a corresponding audio signal and video signal. The audio signal is played by the sound module 130 of the client host 100, and the video signal is transmitted through the client host 100. The display screen 140 is displayed.

Please refer to FIG. 7 , which is a flow chart of an embodiment of the implementation of the network television playing program 14 of the present invention. Please refer to FIG. 1A to FIG. 5 for reference. The execution process of the Internet TV player 14 mainly includes the following procedures:

The application network television player 10 is plugged into a hot-swappable and plug-and-play transmission interface 103 signal of a client host 100 to activate the network television player 14 (step S210). When the user wants to watch the network television, the transmission connector 12 of the network television player 10 is plugged into the hot plug and plug and play transmission interface 103 of the client host 100, and the micro TV control of the network television player 10 The device 11 performs an interface communication with the client host 100 to generate a signal to trigger the network television player 14 built in the memory 13 of the network television player 100 to cause the network television player 14 to execute automatically.

The network television player 14 is connected to the server host 200 to obtain a video stream transmitted by the server host 200 to connect to the television station form 222 for playback (step S220). After logging in to the server host 200 through the network television player 14 and verifying, the user obtains the H.264 standard, the MPEG-4 standard, the Advanced Audio Coding (AAC) standard or the adaptability through the media processor 230. The connectable TV station form 222 of the media compression coding conversion specification such as the Adaptive Multi-rate (AMR) standard forms a video stream, and operates the control interface 15 of the network television player 14 to watch the network television station. The selection command is sent to the network television player 14 to enable the client host 100 to connect to the corresponding remote network television station 300 via the network module 110 to receive the selected network television station 300. The transmitted video stream. After the video stream is decoded by the central processing unit 120 of the client host 100, the corresponding audio signal and video signal are generated, and the audio signal is played by the sound module 130 of the client host 100, and the video signal is transmitted through the client. The display screen 140 of the host 100 is displayed.

Please refer to FIG. 8 , FIG. 9A , FIG. 9B and FIG. 10 , FIG. 8 is a diagram of a television station connection success rate calculation system according to an embodiment of the present invention, and FIG. 9A and FIG. 9B are diagrams of a television station connection table according to an embodiment of the present invention. FIG. A schematic diagram of the connection success rate of the network television station in the embodiment of the invention.

The IPTV program 14 is used by the client host 100 through the network (including the Internet and telecommunications networks, such as the above-mentioned Transmission Control Protocol/Internet Protocol, Wireless Local Area Network or 3G communication network). In the Internet TV station 300, one is connected. When the network television broadcast program 14 is connected to any of the network television stations 300, a first connection data is generated according to the connection result, and is output to the server host 200.

The server host 200 includes a television station database 220, a television station test module 210, an update module 240, and a computing module 250. The television station library 220 includes the above-mentioned member information 221, a connectable television station form 222, and a television station connection table 223. The TV station connection table 223 is composed of a TV station list and a time field table recorded according to the connectable TV station form. The time field table is formed by a specific time interval unit, and each network television station 300 is based on time. There are a plurality of time fields 401 corresponding to the interval (as shown in FIG. 9A), and two data are stored in each time field 401, one is the number of successful connections, and the other is the number of failed connections.

The television station test module 210 periodically connects the network television stations 300 described in the connectable television station form 222, and generates a second connection data when each network television station 300 is connected. The update module 240 obtains the first connection data and the second connection data, and updates any one of the two connection data according to the time of obtaining the connection data, the data of the first connection data and the second connection data, and updating The time field 401 corresponding to the acquisition time of the network television station 300 recorded by the television station connection table 223, that is, the number of successful connections and the number of failed connections of each network television station 300.

The computing module 250 stores data for a specific time range, the time range being at least one continuous time field 401 length. The calculation module 250 bases on the time field 401 corresponding to the current time, and then calculates the total number of successful connections and the total number of failed connections of each network television station 300 in this time range based on the time range of the reference. The total number of connections of each network television station 300 is calculated, and the current connection success rate of each network television station 300 is calculated by "total number of successful connections/total number of connections". The connection success rate is transmitted back to the network television player 14 to display the connection success rate of each network television station 300 through the display screen 140.

In addition, when the control interface 15 (shown in FIG. 10) provided by the network television player 10 is displayed through the display screen 140 or is connected to the server 200, the relevant control interface 15 is downloaded from the server host 200 and displayed on the display screen. 140.

For the convenience of design, all the time fields 401 can correspond to the same time unit; otherwise, to reduce the burden on the server 200, a congestion determination module 260 can be added to analyze the number of connections of the network television stations 300 in different time periods. The time unit of the time field 401 corresponding to each network television station 300 in the different time period is adjusted. Moreover, the congestion determination module 260 can analyze the number of connections of the network television stations 300 in different time periods, and adjust the time field 401 of each network television station 300. Each network television station 300 also has different congestion levels in different time periods. However, in order to reduce the network bearer burden of the server host 200, the time fields of different time units are divided according to the peak period and the low tide period of each network television station 300. Conversely, the congestion determination module 260 may also divide the time field 401 according to the same time unit as shown in FIGS. 9A and 9B to reduce the burden on the designer. In order to facilitate understanding of the present technology, the description of this embodiment will be made with reference to Figs. 9A and 9B.

As shown in FIG. 9A and FIG. 9B, the update module 240 obtains the first connection data in three, each of which is "Internet TV 1, Success", "Internet TV 7, Failure", "Internet TV 4, Success". The acquisition time is today's 10:05, 10:07 and 10:09. However, in Figure 9A, each time unit is 10 minutes, so the network television station 1 in today's 10:10 time field 401, the number of successful connections is increased by 1 (to 221), the network television station 7 at 10: The time field 401 of 10, the number of failed connections is incremented by 1 (to 541), and the number of successful connections of the network television station 4 in the time field 401 of 10:10 is increased by 1 (becomes 3434). The total number of successful connections and the total number of failed connections between Internet TV 1, Internet TV 4, and Internet TV 7 are simultaneously corrected. Similarly, when the update module 240 obtains the second connection data, the method of updating the time field 401 is the same, and will not be described herein.

Referring to FIG. 9B, the time range is 24 hours, and the current time is 10:08, so the time field 401 corresponding to the current time is 10:10. The calculation module 250 takes the time between the 10:10 time field 401 and the yesterday 10:10 time field 401, and all the successful connection times and the number of failed connections of each network television station 300 are summed up to form a successful connection. The total number of connections and the total number of failed connections can be used to calculate the total number of connections (the sum of the total number of successful connections and the total number of failed connections) in each network television station 300, and then calculate the total number of successful connections of each network television station 300, and divide it. The current connection success rate of each network television station 300 can be calculated by the total number of connections of the network television stations 300.

The media processor 230 transmits the connection success rate to the network television broadcast program 14. The network television broadcast program 14 displays the connection success rate of each network television station 300 through the display screen 140 for the user to understand, and displays the connection displayed by the screen 140. The success rate can be a success rate of 400, or presented as data. That is, as shown in FIG. 10, the connection success rate of each network television station 300 is simply expressed by the success rate diagram 400, so that the display screen of the network television broadcast program 14 can be made simple and clear to the user.

Please refer to FIG. 11 , which is a schematic diagram of a structure of a combined program recommendation system according to an embodiment of the present invention.

The server host 200 includes a television station database 220, a recording module 211, a sampling module 290, a screening module 280, an integration module 270, and a servo input module 201.

The television station library 220 records the above-mentioned member information 221, the connectable television station form 222, and the classified information 225 of the network television station 300 included in the connectable television station form 222. This classified material 225 includes the type, country, and transmission rate, and language of the Internet TV station 300, and the type includes conversation, music, advertisements, comments, or news. However, the foregoing classification data 225 is established in three ways. One is to announce the type of the network television station 300 from the television company to which each network television station belongs; the other is to have credible media on the Internet or under various public information. The broadcasting department, program or guild, etc., are announced by the units; the third type is the user or the operator who watches the TV program.

The recording module 211 herein refers to a device, device, component or program for recording and recording. The recording module 211 is connected to the network television station 300 recorded by the television station database 220, and records all the network television stations 300 from the side. A plurality of public media 226, each of which is played, may be pre-stored in the television library 220.

The sampling module 290 performs feature sampling on the public media 226 stored in the television library 220, that is, samples the sound features, music features and image features of the public media 226, and calculates each sound feature and music feature in the public media 226. The length of time produces a sound scale value, a music scale value, and an image color value. The sound scale value is characterized by the time ratio of the public media 226 being the time ratio of the public media 226, and the music scale value is the time characteristic of the public media 226 is the time ratio of the public media 226, and the image color rendering value is in a plurality of frames of the public media 226. The ratio of the number of frames occupied by the frame of the specific media value 226 that matches a particular pixel value.

The screening module 280 filters the sampling results 227 of all the public media 226 according to at least one characteristic condition 281, which is a feature threshold value, an interruption threshold value, a one-off threshold value, and a classification group. A variety of different screenings. The screening module 280 will treat the public media 226 that meets the feature condition 281 as the pairing media 282 (including sound, music, and video), and the integration module 270 integrates the television station address 224 of the network television station 300 to which all the paired media 282 belong. The classified data 225 is formed to form a recommended station group 271, the media processor 230 outputs the recommended station group 271 to the network television player 14, and the network television player 14 is displayed by the display screen 140 of the client host 100. The recommended station group 271 is on the screen, and the user can use the control interface 15 to select any recommended network station 300 in the recommended station group 271.

The servo input module 201 is used for the servo personnel to input and update the contents of the television station database 220 and the feature condition 281.

Referring to FIG. 12, the aforementioned recommended station group 271, as shown in FIG. 12, expresses the recommended network television station 300 by the name of the network television station 300, so that the screen displayed on the display screen 140 can be simplified and made clear to the user. To understanding.

The embodiment of the network television program 14 can also be presented in the form of a computer program product. The same method can be used to solve the same problem by reading and executing the network television player recorded in the computer program product. And achieve the same effect.

While the present invention has been described above in terms of the preferred embodiments thereof, it is not intended to limit the invention, and the equivalent of the modification and retouching of the present invention is still within the spirit and scope of the present invention. Within the scope of patent protection of the present invention.

10. . . Internet TV player

11. . . Microcontroller

12. . . Transmission connector

13. . . Memory

14. . . Internet TV player

15. . . Control interface

100. . . Client host

101. . . computer

102. . . Flash drive

103. . . Transmission interface

104. . . Card reader

105. . . Magnetic card

106. . . Mobile communication device

110. . . Network module

120. . . CPU

130. . . Sound module

140. . . Display screen

161. . . Play window

200. . . Servo host

201. . . Servo input module

210. . . TV test module

211. . . Recording module

220. . . TV station database

221. . . member profile

222. . . Connectable TV station form

223. . . TV station connection table

224. . . TV station address

225. . . Classification data

226. . . Public media

227. . . Sampling result

230. . . Media processor

240. . . Update module

250. . . Computing module

260. . . Congestion determination module

270. . . Integration module

271. . . Recommended station group

280. . . Screening module

281. . . Characteristic condition

282. . . Paired media

290. . . Sampling module

300. . . Internet TV station

400. . . Success rate pattern

401. . . Time field

1A and FIG. 1B are schematic diagrams showing the system architecture of an embodiment of the present invention;

1C is an example of a control interface diagram of a network television player of the present invention;

1D is another example of a control interface diagram of a network television player of the present invention;

2 is a schematic diagram of a first client host 100 in accordance with an embodiment of the present invention;

3 is a schematic diagram of a second client host 100 according to an embodiment of the present invention;

4 is a schematic diagram of a third client host 100 according to an embodiment of the present invention;

FIG. 5 is a schematic diagram of a fourth client host 100 according to an embodiment of the present invention; FIG.

6 is a flow chart of an embodiment of a method for playing a network television of the present invention;

7 is a flow chart of an embodiment of the implementation of the network television player 14 of the present invention;

8 is a diagram of a television station connection success rate calculation system according to an embodiment of the present invention;

9A and 9B are a television station connection table according to an embodiment of the present invention;

FIG. 10 is a schematic diagram of a connection success rate of a network television station according to an embodiment of the present invention; FIG.

11 is a diagram of a program recommendation system according to an embodiment of the present invention;

FIG. 12 is a schematic diagram of a recommended TV station group screen according to an embodiment of the present invention.

10. . . Internet TV player

11. . . Microcontroller

12. . . Transmission connector

13. . . Memory

14. . . Internet TV player

15. . . Control interface

100. . . Client host

103. . . Transmission interface

110. . . Network module

120. . . CPU

130. . . Sound module

140. . . Display screen

200. . . Servo host

210. . . TV test module

220. . . TV station database

221. . . member profile

222. . . Connectable TV station form

230. . . Media processor

300. . . Internet TV station

Claims (36)

A network television playing system, comprising: a servo host having a television station data stock with a connectable television station form, the servo host automatically updating the connectable television station form of the television station database, wherein the connectable line form The TV station form includes a plurality of network television channel information; a client host is connected to the server network, the client host has a hot-swappable and plug-and-play transmission interface and a display screen; and a network The road television player includes a transmission connector corresponding to the hot pluggable and plug and play transmission interface of the client host for plugging in the transmission interface of the client host, and the network television player is built in a network television playing program for connecting to the server to obtain the connectable television station form for playing on the display screen, the network television player providing a control interface displayed on the display screen, the control interface is for selecting a network The television channel of the road is connected to the network television station to which the network television channel belongs, wherein the network television broadcast The program can connect to the network television station of the network television channel information through the client host, and form a first connection data for output, and the television station database further includes corresponding network television stations. a plurality of time fields, each time field for recording a number of successful connections and a number of failed connections, the server is periodically connected to each of the network television stations to generate each of the networks The second connection data of one of the road television stations, and updating the number of successful connections and the number of failed connections of the network television stations in the time fields according to the first connection data and the second connection data, to calculate each network The television station connects the success rate to one of the time ranges and outputs to the network television player, and the connection success rate is displayed by the display screen. The network television broadcast system of claim 1, wherein the time fields are the same or different time units. The network television broadcast system of claim 2, wherein the server analyzes the number of connections of the network television stations in different time periods, and adjusts the time fields of each of the network television stations. The network television playing system of claim 1, wherein each time field corresponds to a time range corresponding to at least one time unit, wherein the at least one time unit is continuous. The network television playing system of claim 4, wherein the server uses the time field corresponding to the current time as a reference, and forwards the time unit included in the time range, and then calculates the network television station. The success rate of the connection within this time range. The network television playing system according to claim 1, wherein the connectable television station form further records one of the network television channels, and the server connects the network television stations and records the network. a plurality of public media broadcasted by each of the television stations, and feature sampling of the public media to filter the sampling results of the public media according to at least one characteristic condition, and matching at least one paired media matching the characteristic conditions The television station address and the classified information of the network television station to which the paired media belongs are a recommended station group and output. The network television playing system of claim 6, wherein the server performs a feature sampling on each of the public media, and generates a sound ratio value, wherein the sound ratio value is a sound characteristic of the public media. The time ratio of the public media, the feature condition comprising the sound ratio value being less than a feature limit value. The network television playing system of claim 6, wherein the server performs a feature sampling on each of the public media, and generates a music ratio value, wherein the music ratio value is a music characteristic of the public media. The time ratio of the public media, the feature condition is that the music scale value is less than a feature limit value. For example, in the network television playing system of claim 6, wherein the server performs feature sampling on each of the public media, an image color value is generated, and the image color value is a plurality of frames of the public media. The ratio of the number of frames occupied by the frame of the specific media value to the public media, the feature condition comprising the image color value being greater than a feature limit value. The network television playing system of claim 6, wherein the server performs feature sampling on each of the public media, and generates an interrupt parameter, where the interrupt parameter includes the number of interruptions of the public media during feature sampling. The length of the interruption time, the characteristic condition is that the interrupt parameter is less than an interrupt threshold value. The network television playing system of claim 6, wherein the characteristic condition comprises a one-point broadcast threshold value, wherein the number of times of on-demand of the network television station is lower than the on-demand threshold value. The network television playing system according to claim 6, wherein the feature condition is a group of categories selected from the group consisting of countries, languages, and types, and the type is For conversation, music, advertising, commentary or news. The network television playing system according to claim 1, wherein the client host is a personal computer, a mobile communication device or a personal digital assistant (PDA). The network television playing system according to claim 1, wherein the hot-swappable and plug-and-play transmission interface is a Universal Serial Bus (USB), IEEE 1394 (Firewire), integrated electronic Drive (Integrated Drive Electronics, IDE) or SDIO (Secure Digital Input/Output). The network television broadcast system of claim 1, wherein the network television player further comprises a memory card interface (Memory-Card Interfaces) plugged into the information converter of the client host. The network television broadcast system of claim 1, wherein the network television player further comprises a memory card interface (Memory-Card Interfaces) plugged into a information converter, and is The connector connects the hot pluggable and plug and play transmission interface. Such as the network television broadcasting system described in claim 16 of the patent application, The transmission interface of the connector of the information converter is a universal serial bus (USB), IEEE1394, integrated electronic drive (IDE) or SDIO (Secure Digital Input/Output). A network television player plugged into a client host having a hot-swappable and plug-and-play transmission interface, wherein the network television player includes a microcontroller for controlling the network television player and phase Communicating with the client host corresponding to one of the same interface transmission connectors, and the network television player has a memory built-in network television playing program, and the network television player provides a control interface for displaying on the network television One of the display screens, the control interface is for a plurality of network television channel information, select a network television channel to enable the network television player to connect to the network television station to which the network television channel belongs, wherein the network The television program can connect to the network television station of the network television channel information through the client host, and form a first connection data to output the connection result, and the television station database further includes corresponding information. a plurality of time fields of the network television station, each time field is used to record the number of successful connections and the number of failed connections, the server host Each of the network television stations is connected to generate a second connection data of each of the network television stations, and the network television stations of the time fields are updated according to the first connection data and the second connection data. The number of successful connections and the number of failed connections are calculated to calculate the success rate of each of the network television stations in the time range and output to the network television playing program, and the connection success rate is displayed by the display screen. The Internet TV player according to claim 18, wherein the client host is a personal computer, a mobile communication device or a Personal Digital Assistant (PDA). The network television player according to claim 18, wherein the hot-swappable and plug-and-play transmission interface is a universal serial bus (USB), IEEE1394 (Firewire), integrated electronic Drive (Integrated Drive Electronics, IDE) or SDIO (Secure Digital Input/Output). The network television player according to claim 18, wherein the network television player further comprises a memory card interface (Memory-Card Interfaces) plugged into the information converter of the client host. The network television player according to claim 18, wherein the network television player further comprises a memory card interface (Memory-Card Interfaces) plugged into the information converter, and the information converter is The connector connects the hot pluggable and plug and play transmission interface. The network television player according to claim 22, wherein the interface of the information converter is a universal serial bus (USB), IEEE1394, integrated electronic drive (IDE) or SDIO (Secure Digital) Input/Output). The network television player of claim 18, wherein the memory is a flash memory. A method for playing a network television, comprising the following steps: using a television station database of a servo host, which has a storage Connecting a TV station form, and the server host automatically updates the connectable TV station form of the TV station database; obtaining a network TV player plugged into the client host for hot swappable and plug and play transmission The interface signal is used to activate a network television player built in the network television player by using the automatic execution function; and the network television player is used to obtain the video of the connectable television station form transmitted by the server host. Streaming the display screen of the client host, the network television player provides a control interface for displaying the display screen, and the control interface is for selecting a network television channel to connect the network television player to the network. The network television station to which the television channel belongs; and any network television station to which the network television channel information is connected by the network television player through the client host, and the connection result is formed into a first connection data. Output, the TV station database further includes a plurality of time fields corresponding to each of the network television stations, and each time field is used for recording 10% of the time. The number of connections and the number of failed connections, the server periodically connects each of the network television stations, generates a second connection data of each of the network television stations, and updates the second connection data according to the first connection data. The number of successful connections and the number of failed connections of the network television stations in the time field to calculate the success rate of each of the network television stations in the time range and output to the network television player, and the display is performed by the display The screen shows the success rate of the connection. The method for playing a network television according to claim 25, wherein the server host encapsulates the form of the connectable TV station with a media compression code conversion specification, and then transmits the form to the network television player. The method for playing a network television according to claim 26, wherein the media compression coding conversion specification is an H.264 standard, an MPEG-4 standard, an Advanced Audio Coding (AAC) standard, or an adaptive multiple bit. The Adaptive Multi-rate (AMR) standard. The method for playing a network television according to claim 25, wherein the hot-swappable and plug-and-play transmission interface is a Universal Serial Bus (USB), IEEE 1394 (Firewire), and an integrated electronic device. Drive (Integrated Drive Electronics, IDE) or SDIO (Secure Digital Input/Output). The method for playing a network television according to claim 25, wherein the client host is a personal computer, a mobile communication device or a personal digital assistant (PDA). A network television player stored in a network television player includes the following steps: using the network television player to plug in a hot-swappable and plug-and-play transmission interface signal of a client host To activate the network television player; and the network television player network is connected to a server host to obtain a video stream of the connectable television station form transmitted by the server host for playing on the display screen of the client host. The web TV player program Providing a control interface for displaying the display screen, wherein the control interface is for selecting a network television channel to connect the network television broadcast program to the network television station to which the network television channel belongs; and by the network television broadcast program The client host connects to any of the network television stations to which the network television channel information belongs, and forms a first connection data for output, and the television station database further includes a plurality of corresponding network television stations. a time field, each time field for recording a number of successful connections and a number of failed connections, the server is periodically connected to each of the network television stations to generate a second connection data of each of the network television stations, and according to the The first connection data and the second connection data update the number of successful connections and the number of failed connections of each of the network television stations in the time fields to calculate a success rate of each of the network television stations in the time range and Output to the network TV player, and the display success rate is displayed by the display screen. The network television playing program of claim 30, wherein the server host encapsulates the connectable television station form with a media compression code conversion specification, and then transmits the form to the network television playing program. For example, the network television playing program described in claim 30, wherein the client host is a personal computer, a mobile communication device or a Personal Digital Assistant (PDA). For example, the network television playing program described in claim 30, wherein the media compression coding conversion specification is an H.264 standard, an MPEG-4 standard, an Advanced Audio Coding (AAC) standard or Adaptive Multi-rate (AMR) standard 3002. A computer program product is executed by an electronic device, wherein the electronic device executes the computer program product system to perform a network television playing method, and the method comprises: applying the network television player to one of the client hosts to be hot Plugging and unplugging the transmission interface signal to activate the network television player; and the network television playing network is connected to a server host, and the server can be connected to the media compression coding conversion specification package. The video stream of the line television station is played on the display screen of the client host, and the network television player provides a control interface for displaying the display screen, and the control interface is for selecting a network television channel to enable the network television to play. The program is connected to the network television station to which the network television channel belongs; and the network television broadcast program connects to the network television station of the network television channel information through the client host, and forms a connection result The first connection data is output, and the TV station database further includes a plurality of time columns corresponding to each of the network television stations. Each time field is used to record the number of successful connections and the number of failed connections. The server periodically connects each of the network television stations to generate a second connection data of each of the network television stations, and according to the first connection. And the second connection data updates the number of successful connections and the number of failed connections of the network television stations in the time fields to calculate each of the network televisions The station connects the success rate in one of the time ranges and outputs to the network television player, and the connection success rate is displayed by the display screen. The computer program product of claim 34, wherein the electronic device is a personal computer, a mobile communication device or a Personal Digital Assistant (PDA). The computer program product according to claim 34, wherein the media compression coding conversion specification is an H.264 standard, an MPEG-4 standard, an Advanced Audio Coding (AAC) standard, or an adaptive multiple bit. Adaptive Multi-rate (AMR) standard.